Temperature-controlled workshops are an indispensable essential facility in modern industrial production, playing a core role in providing a stable environment for precision processing, handling sensitive materials, and operating high-precision equipment. As technology advances and industrial production becomes more refined, many industries have increasingly stringent requirements for the temperature and humidity of workshop environments.

The national standards for temperature and humidity in temperature-controlled workshops vary by industry and application. Below are some common industry standards for temperature and humidity in temperature-controlled workshops:

Electronics Industry:

Temperature Control22-25°C range.

Humidity at45-60%RH between.

For some electronic manufacturing workshops with high precision requirements, the standard temperature may be further reduced to23±2°C, with relative humidity between 55±5%. This is an ideal working and production environment for employees, which helps to minimize static interference and enhance product quality.

2. Optical Instrument Industry:

Temperature Control20-22°C between.

Humidity levels45-55% RH between.

The production of optical instruments requires extremely precise control over temperature and humidity, as even minor fluctuations can cause deformation or a decrease in performance of optical components.

3. Automotive Industry:

Temperature Control18-25°C range.

Humidity levels35-70% RH between.

The manufacturing process of automobiles involves various materials and techniques, with temperature and humidity control being crucial for ensuring material performance and process stability.

4. Pharmaceutical Industry:

Cleanroom temperature requirements areBetween 20-24°C with relative humidity between 45%-60%.

Maintain the temperature in the control zone.Temperatures between 18-26°C, with relative humidity ranging from 50%-65%.

Temperature and humidity control in the pharmaceutical production车间 is crucial for ensuring a sterile environment and maintaining drug quality. Appropriate temperature and humidity conditions help reduce microbial growth and enhance the stability of pharmaceuticals.

5. Food Industry:

The temperature in the processing workshop must not exceed21℃。

During the packaging process after the product has been frozen, the temperature in the packaging room should be controlled at:Within 10°C.

Food production demands strict control over temperature and humidity to prevent spoilage and bacterial growth. Appropriate temperature and humidity conditions help extend the shelf life of food and maintain its quality.

6. Printing Industry:

Office temperature18～23℃。

Relative humidity55%～65%。

Paper and ink performance during the printing process are highly sensitive to temperature and humidity. Suitable temperature and humidity conditions contribute to improved printing quality and efficiency.

These temperature settings are designed to ensure stability in the production environment, product quality, and employee comfort, with specific temperature ranges to be adjusted according to actual process requirements.